AnalogKeypad::AnalogKeypad(int up, int down, int onOff, int next, int faster, int slower, int pin)
{
bDimDown = false;
bDimUp = false;
bFaster = false;
bNext = false;
bOnOff = false;
bSlower = false;
iLongPress = 0;
setLedPin(5); //default LED pin
setKeyValues(up, down, onOff, next, faster, slower, pin);
}
void Settings::load()
{
if ( EEPROM.read ( checkNumAdr ) != 0 &&
EEPROM.read ( checkNumAdr ) != checkNum )
{
Serial.println ( "" );
Serial.println ( "[E] ERROR: Checknum mismatch! Current checknum=" +
( String ) checkNum + "; stored checknum=" +
( String ) EEPROM.read ( checkNumAdr ) );
Serial.println ( "" );
reset ();
return ;
}
else
{
Serial.println ( "" );
Serial.println ( "[+] Current checknum=" + ( String ) checkNum +
"; stored checknum=" +
( String ) EEPROM.read ( checkNumAdr ) );
Serial.println ( "" );
}
ssidLen = EEPROM.read ( ssidLenAdr );
passwordLen = EEPROM.read ( passwordLenAdr );
if ( ssidLen < 1 || ssidLen > 32 || passwordLen < 8 && passwordLen != 0 ||
passwordLen > 32 )
{
reset ();
return ;
}
ssid = "";
password = "";
for ( int i = 0; i < ssidLen; i++ )
{ ssid += ( char ) EEPROM.read ( ssidAdr + i ); }
for ( int i = 0; i < passwordLen; i++ )
{ password += ( char ) EEPROM.read ( passwordAdr + i ); }
ssidHidden = ( bool ) EEPROM.read ( ssidHiddenAdr );
wifiClient = ( bool ) EEPROM.read ( wifiClientAdr );
ssidClientLen = EEPROM.read ( ssidClientLenAdr );
for ( int i = 0; i < ssidClientLen; i++ )
{ ssidClient += ( char ) EEPROM.read ( ssidClientAdr + i ); }
passwordClientLen = EEPROM.read ( passwordClientLenAdr );
for ( int i = 0; i < passwordClientLen; i++ )
{ passwordClient += ( char ) EEPROM.read ( passwordClientAdr + i ); }
hostnameLen = EEPROM.read ( hostnameLenAdr );
for ( int i = 0; i < hostnameLen; i++ )
{ hostname += ( char ) EEPROM.read ( hostnameAdr + i ); }
if ( ( int ) EEPROM.read ( apChannelAdr ) >= 1 &&
( int ) EEPROM.read ( apChannelAdr ) <= 14 )
{ apChannel = ( int ) EEPROM.read ( apChannelAdr ); }
else
{ apChannel = 1; }
for ( int i = 0; i < 6; i++ )
macAP.setAt ( ( uint8_t ) EEPROM.read ( macAPAdr + i ), i );
if ( !macAP.valid () )
{
macAP.set ( defaultMacAP );
}
isMacAPRand = ( bool ) EEPROM.read ( isMacAPRandAdr );
apScanHidden = ( bool ) EEPROM.read ( apScanHiddenAdr );
deauthReason = EEPROM.read ( deauthReasonAdr );
attackTimeout = eepromReadInt ( attackTimeoutAdr );
attackPacketRate = EEPROM.read ( attackPacketRateAdr );
clientScanTime = EEPROM.read ( clientScanTimeAdr );
useLed = ( bool ) EEPROM.read ( useLedAdr );
channelHop = ( bool ) EEPROM.read ( channelHopAdr );
multiAPs = ( bool ) EEPROM.read ( multiAPsAdr );
multiAttacks = ( bool ) EEPROM.read ( multiAttacksAdr );
macInterval = eepromReadInt ( macIntervalAdr );
beaconInterval = ( bool ) EEPROM.read ( beaconIntervalAdr );
setLedPin ( ( int ) EEPROM.read ( ledPinAdr ) );
isSettingsLoaded = 1;
darkMode = ( bool ) EEPROM.read ( darkModeAdr );
cache = ( bool ) EEPROM.read ( cacheAdr );
serverCache = ( int ) EEPROM.read ( serverCacheAdr );
newUser = ( bool ) EEPROM.read ( newUserAdr );
detectorChannel = ( int ) EEPROM.read ( detectorChannelAdr );
detectorAllChannels = ( bool ) EEPROM.read ( detectorAllChannelsAdr );
alertPin = ( int ) EEPROM.read ( alertPinAdr );
invertAlertPin = ( bool ) EEPROM.read ( invertAlertPinAdr );
detectorScanTime = ( int ) EEPROM.read ( detectorScanTimeAdr );
pinNamesLen = EEPROM.read ( pinNamesLenAdr );
pinNames = "";
for ( int i = 0; i < pinNamesLen; i++ )
{ pinNames += ( char ) EEPROM.read ( pinNamesAdr + i ); }
}
